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MHC1785 Molybdenum Hafnium Carbon Alloy (MHC Alloy) Maximize

MHC1785 Molybdenum Hafnium Carbon Alloy (MHC Alloy)

Catalog No.MHC1785
MaterialMo-(0.8-1.4%)Hf-(0.05-0.15%)C
AppearanceSilverly
ShapeSheet, plate, rod, bar or customized

Stanford Advanced Materials (SAM) can provide different shapes of MHC alloy with the custom proportion of Hf and Carbon. Standard forms include a bar, sheet, plate, disc, and special shapes are available on request.

Related product: Mo-La Alloy (Molybdenum Lanthanum Alloy), Zirconium Hafnium Molybdenum Alloy (ZHM Alloy).

More details

Description of MHC Alloy

Molybdenum has excellent creep resistance, low resistivity, high corrosion resistance, high thermal conductivity, and low thermal expansion. Comparing to pure molybdenum, MHC has higher heat resistance, better creep resistance, and higher recrystallization temperature.

MHC-alloy

 

Specification of MHC Alloy

* Chemical Composition

The chemical composition of MHC alloy is given in the following table.

Element

Content (%)

Molybdenum, Mo

≥98.43

Hafnium, Hf

0.80-1.4

Carbon, C

0.050-0.15

Iron, Fe

≤0.010

Nickel, Ni

≤0.0050

Silicon, Si

≤0.0050


* Mechanical Properties

The mechanical properties of MHC alloy are tabulated below.

Properties

Metric

Imperial

Tensile strength(mid-radius)

≥689 MPa

≥100 ksi

Yield strength(mid-radius)

≥586 MPa

≥85 ksi

Elongation at Break (mid-radius)

≥3%

≥3%

Hardness, Vickers

≤34

≤34

 

Application of MHC Alloy 

• High temperature forging die
• Rocket booster
• Vacuum furnace
• X-ray rotating anode target

 

Packaging of MHC Alloy

Our MHC alloys are wrapped in foam and packaged in plywood cases to ensure safe storage and transportation.



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